Ryabov S I, Shostka G D, Lukichev B G, Strelko V V, Spiridonov V N, Kartel N T, Scherbitsky A B
Int Urol Nephrol. 1984;16(4):345-60. doi: 10.1007/BF02081871.
The paper is concerned with materials characterizing physicochemical properties of haemosorbents of varying grades. Adsorption of different uraemic toxins was studied. The possibility of microembolization of internal organs and tissues with haemosorbent particles was explored in the course of prolonged treatment with the use of haemosorption. Different approaches to connecting the sorption column to the dialyzer were examined to disclose an optimal variant. The authors report the results of applying haemosorption in patients who had received haemodialysis therapy to prevent complications. The blood response to the prolonged haemosorption treatment was analyzed. It is recommended that long-term (6-7 hours) sessions of haemosorption might be performed using carbons having high sorption capacity.
本文关注不同等级血液吸附剂的物理化学性质表征材料。研究了不同尿毒症毒素的吸附情况。在长期血液吸附治疗过程中，探讨了血液吸附剂颗粒导致内脏和组织微栓塞的可能性。研究了将吸附柱连接到透析器的不同方法，以找出最佳方案。作者报告了在接受血液透析治疗的患者中应用血液吸附以预防并发症的结果。分析了长期血液吸附治疗后的血液反应。建议使用具有高吸附能力的碳进行长期（6 - 7小时）的血液吸附治疗。
